PhD courses
Speciality Code:
8D05406
Speciality Name:
Mechanics of Materials and Structures (Gylym Оrdasy)
Faculty:
Mechanics and Mathematics
Qualification:
- Scientific and pedagogical direction - Doctor of Philosophy (PhD)
- Model of graduating student
- Mandatory disciplines
- Elective disciplines
- Professional
ON 1 Apply methods of experimental study of stresses, deformations, displacements in order to assess the strength, stability and deformability of various materials, elements of machines and structures, full-scale structures and their models.
ON 2 Be able to design and construct layouts and models of machine elements and structures, create software for research and calculation of mechanical processes and states, using specialized programs MATLAB, MathCad, Maple, Wolfram Mathematica, Solidworks, Inventor, Compas, AutoCad.
ON 3 Create CAD and special software for calculating SSS (stress-strain state), strength and stability of various materials, machine elements and structures in the construction, engineering, oil and gas, mining and transport industries based on scientific results, IT technologies, new materials.
ON 4 Be able to set correct formulations of problems in mechanics, apply mathematical and computer methods in their solution; create numerical and analytical methods for calculating SSS, strength and stability of various materials, machine elements and structures, using special software and algorithms for calculations.
ON 5 Develop startups in the construction, engineering, oil and gas, mining and transport industries using project management methods, analytical methods for analyzing project data.
ON 6 Develop strategies and programs for the management of scientific institutions / organizations of the construction, machine-building, oil and gas, mining and transport profile on the basis of strategic, innovative, managerial and project management.
ON 7 Make an expert opinion and expert assessments on the created scientific projects in the field of mechanics, using models and methods of management in project management and assessment methods.
ON 8 Present scientific results in different foreign languages, publications with a high citation index, scientific reports at conferences, create reports on the work done using modern software.
ON 9 Test the scientific results obtained in the course of research in scientific publications in the field of mechanics.
ON 10 Obtaining the optimal parameters of strength and stability of various materials, machine elements and structures, reliable data on the assessment of SSS, stability and bearing capacity of the objects under study as a result of an analytical study based on special methods of calculation and statistical data processing, as well as special software.
ON 11 Implement scientific results in construction, engineering, oil and gas, mining and transport production, ensuring technical and technological safety and economic feasibility of production.
ON 12 Monitor the implemented scientific results in construction, machine-building, oil and gas, mining and transport industries, using analytical data obtained during modeling and experiments, as well as use computer software and equipment that monitors this implementation in real time.
ON 13 Conduct training sessions in the field of mechanics in a traditional and remote format, using innovative digital resources and modern pedagogical technologies, developing methodological support, textbooks and teaching aids
ON 2 Be able to design and construct layouts and models of machine elements and structures, create software for research and calculation of mechanical processes and states, using specialized programs MATLAB, MathCad, Maple, Wolfram Mathematica, Solidworks, Inventor, Compas, AutoCad.
ON 3 Create CAD and special software for calculating SSS (stress-strain state), strength and stability of various materials, machine elements and structures in the construction, engineering, oil and gas, mining and transport industries based on scientific results, IT technologies, new materials.
ON 4 Be able to set correct formulations of problems in mechanics, apply mathematical and computer methods in their solution; create numerical and analytical methods for calculating SSS, strength and stability of various materials, machine elements and structures, using special software and algorithms for calculations.
ON 5 Develop startups in the construction, engineering, oil and gas, mining and transport industries using project management methods, analytical methods for analyzing project data.
ON 6 Develop strategies and programs for the management of scientific institutions / organizations of the construction, machine-building, oil and gas, mining and transport profile on the basis of strategic, innovative, managerial and project management.
ON 7 Make an expert opinion and expert assessments on the created scientific projects in the field of mechanics, using models and methods of management in project management and assessment methods.
ON 8 Present scientific results in different foreign languages, publications with a high citation index, scientific reports at conferences, create reports on the work done using modern software.
ON 9 Test the scientific results obtained in the course of research in scientific publications in the field of mechanics.
ON 10 Obtaining the optimal parameters of strength and stability of various materials, machine elements and structures, reliable data on the assessment of SSS, stability and bearing capacity of the objects under study as a result of an analytical study based on special methods of calculation and statistical data processing, as well as special software.
ON 11 Implement scientific results in construction, engineering, oil and gas, mining and transport production, ensuring technical and technological safety and economic feasibility of production.
ON 12 Monitor the implemented scientific results in construction, machine-building, oil and gas, mining and transport industries, using analytical data obtained during modeling and experiments, as well as use computer software and equipment that monitors this implementation in real time.
ON 13 Conduct training sessions in the field of mechanics in a traditional and remote format, using innovative digital resources and modern pedagogical technologies, developing methodological support, textbooks and teaching aids
Data for 2021-2024 years
Data for 2021-2024 years
Data for 2021-2024 years